The article mentions that the reaction produced more energy than was put in. I'm curious to know if there's radiation like with nuclear reactions. They may be on to something there...
[quote="YourGrandpa"]I'm satisfied with voicing my opinion and moving on.[/quote]
Transient wrote:The article mentions that the reaction produced more energy than was put in. I'm curious to know if there's radiation like with nuclear reactions. They may be on to something there...
due to the ad placement, for a second there i thought this was the whole article:
Scientists have produced superheated gas exceeding temperatures of 2 billion degrees Kelvin, or 3.6 billion degrees Fahrenheit.
This is hotter than the interior of our sun, which is about 15 million degrees Kelvin, and also hotter than any previous temperature ever achieved on Earth, they say.
Ok, something I don't understand. Tempreture is measured with an upper limit that is dictated by how fast atoms can vibrate in their charged state. They can't vibrate faster than the speed of light, so how is 15 billion degrees attainable? Does the electromagnetic field act as a net to keep the particles in place?
Quadhore wrote:Ok, something I don't understand. Tempreture is measured with an upper limit that is dictated by how fast atoms can vibrate in their charged state. They can't vibrate faster than the speed of light, so how is 15 billion degrees attainable? Does the electromagnetic field act as a net to keep the particles in place?
Oops, no I mean 3.6 billion. Got two parts mixed in my head while I typed it. I can see 15 million being attainable. but jumping thousands of milllions of degrees would surely mean that the speed of the vibrations was approachine infinity or at least way beyond the speed of light. Something isn't right.
Quadhore wrote:Oops, no I mean 3.6 billion. Got two parts mixed in my head while I typed it. I can see 15 million being attainable. but jumping thousands of milllions of degrees would surely mean that the speed of the vibrations was approachine infinity or at least way beyond the speed of light. Something isn't right.
More energy coming out than going in doesn't sound so right, either However, science isn't right anyway, because it's makes what was previously thought impossible happen.
Regardless, this stuff would be a pretty nasty war weapon...
Quadhore wrote:Oops, no I mean 3.6 billion. Got two parts mixed in my head while I typed it. I can see 15 million being attainable. but jumping thousands of milllions of degrees would surely mean that the speed of the vibrations was approachine infinity or at least way beyond the speed of light. Something isn't right.
all it means is that it is beyond our comprehension for now. a while ago, a round earth was beyond our comprehension.